內(nèi)窺鏡的使用，日常維護(hù)一般由使用科室和操作人員完成.它是一項每天都要進(jìn)行的工作，應(yīng)該制度化，它的內(nèi)容應(yīng)寫進(jìn)操作規(guī)程和注意事項：使用科室應(yīng)選派1名懂得一定儀器知識，責(zé)任心強的技術(shù)員擔(dān)任專職或兼職儀管員，協(xié)助和指導(dǎo)操作人員做好這一工作。下面內(nèi)窺鏡維修公司來將講講日常維護(hù)工作的內(nèi)容一般包括：

The use and daily maintenance of endoscopes are generally completed by the department and operators. It is a daily task that should be institutionalized, and its content should be included in the operating procedures and precautions. The department should appoint a technician who knows a certain amount of instrument knowledge and has a strong sense of responsibility as a full-time or part-time instrument manager to assist and guide operators in doing this work. Below, the endoscope repair company will discuss the daily maintenance work, which generally includes:

⑴機房及儀器設(shè)備的保潔；觀察調(diào)整機房溫度、濕度穩(wěn)定。

(1) Cleaning of the computer room and instrument equipment; Observe and adjust the stability of the temperature and humidity in the computer room.

⑵檢查機器的機械、轉(zhuǎn)動、氣路、水路，螺釘、螺母等部位是否正常。

(2) Check whether the machinery, rotation, air circuit, water circuit, screws, nuts and other parts of the machine are normal.

⑶檢查儀器表面的開關(guān)、旋鈕，指示燈、儀表及顯示參數(shù)是否正常。

⑶ Check whether the switches, knobs, indicator lights, instruments and display parameters on the instrument surface are normal.

⑷正式工作前，利用儀器自檢程序檢測儀器各部分的狀態(tài)情況。

Before formal work, use the instrument self inspection program to check the status of each part of the instrument.

⑸注意儀器在運行過程中有否異常氣味和聲音，圖像質(zhì)量是否正常。

(5) Pay attention to whether the instrument has abnormal smell and sound during operation, and whether the image quality is normal.

⑹檢查操作人員操作儀器是否符合規(guī)程，并及時糾正。

(6) Check whether the operators operate the instruments in accordance with the regulations and make timely corrections.

由于醫(yī)用內(nèi)窺鏡是一種侵入式檢測工具，因此，使用醫(yī)用內(nèi)窺鏡的都是進(jìn)過嚴(yán)格培訓(xùn)和考核的。

Due to the fact that medical endoscopes are an invasive detection tool, those who use them have undergone rigorous training and assessment.

內(nèi)窺鏡故障檢修

Endoscope troubleshooting

在組織管理方面：如劃分專業(yè)組，一專多能；計算儀器復(fù)雜系數(shù)，合理分擔(dān)；分科室或儀器到人，包干負(fù)責(zé)；組織故障會診；總工程師負(fù)責(zé)制等。

In terms of organizational management: such as dividing professional groups and having multiple abilities with one specialty; Calculate the complexity coefficient of the instrument and share it reasonably; Assign personnel to different departments or instruments, and be responsible for all responsibilities; Organize fault consultation; Chief engineer responsibility system, etc.

在人才培養(yǎng)方面：如引進(jìn)和培養(yǎng)相結(jié)合，逐步形成人才梯隊，在職提高和外送培訓(xùn)相結(jié)合，基礎(chǔ)理論深入和專業(yè)技術(shù)提高相結(jié)合等。

In terms of talent cultivation, such as combining introduction and cultivation, gradually forming a talent echelon, combining on-the-job improvement with external training, and combining basic theory deepening with professional technology improvement.

在維修程序方面：先了解儀器故障起因，熟悉儀器的工作原理，然后運用自己掌握的基礎(chǔ)理論知識針對儀器的電路圖分析故障產(chǎn)生的可能部位，逐步檢測排查，從中找出故障的真正部位，后修復(fù)或更換故障部件，并完成局部或整機調(diào)試。

In terms of maintenance procedures: First, understand the cause of the instrument malfunction, familiarize oneself with the working principle of the instrument, and then use the basic theoretical knowledge mastered by oneself to analyze the possible parts of the malfunction based on the circuit diagram of the instrument, gradually detect and troubleshoot, identify the true part of the malfunction, repair or replace the faulty component, and complete local or complete machine debugging.

維修方法：應(yīng)遵循先詢問，后診斷；先直觀，后測查；先全面，后局部：先傳動，后電路；先獨立，后整機；先外圍，后芯片；先控制，后數(shù)據(jù)；先定性，后定量等辯證關(guān)系的原則。

Maintenance method: First inquire, then diagnose; First intuitive, then testing; First comprehensive, then partial: first transmission, then circuit; First independent, then complete; First peripheral, then chip; Control first, then data; The principle of dialectical relationships such as qualitative analysis and quantitative analysis.

故障部位一般機械部分比電路部分多；強電部位比弱電部位多；高溫部分比低溫部分多；電源部分比主體部分多，傳動部位比靜止部位多，按插部位比固定部仿多，阻容器件比半導(dǎo)體器件多，模擬電路比數(shù)字電路多等客觀規(guī)律，檢測方法有敲擊法、直觀法、測量法、比較法，替換法、變溫法，信號追蹤法、信號輸入法、前后合追法、負(fù)載分離法等實用方法。更多相關(guān)事項就來我們網(wǎng)站http://foxnewsss.com咨詢吧！

Generally, there are more mechanical parts than circuit parts at the fault location; There are more strong electrical parts than weak electrical parts; There are more high-temperature parts than low-temperature parts; The power supply part is more than the main part, the transmission part is more than the static part, the insertion part is more than the fixed part, the resistance capacitance device is more than the semiconductor device, the analog circuit is more than the digital circuit, and other objective laws. The detection methods include knock method, visual method, measurement method, Comparative law, replacement method, temperature change method, signal tracking method, signal input method, front and back tracking method, load separation method and other practical methods. For more related matters, come to our website http://foxnewsss.com Consult!